PPT-35 th Annual Kepler &

MAHHHHZ 2009 2010 2011 Daryl L Taylor Fizzix Astro Guy Greenwich HS CT Rowan University NJ DTFizzixcom WHS Preassessment 3 2 4 5 6 7 Betty Boop Bullwinkle J Moose . Claudius Ptolemy . –. 87 . –. 150 CE. Nicholas Copernicus . –. 1473 . –. 1543. Galileo . Galilei. . –. 1564 . –. 1642. Johannes . Kepler. . –. 1571 . –. 1630. Isaac Newton . A Planet like Earth. Caty Pilachowski. IU Astronomy. Mini-University, June 2011. Caty Pilachowski. Mini-University 2011. How common is life of any kind in the Milky Way?. Very Rare . Rare. Common Very Common. Steve B. . H. owell. NASA Ames Research . Center. 11-13 March 2014. Q1. -Q12 . Planet Candidates. Kepler Planet. s:. Habitable . Zone, Frequency. 3. Approximately . 50% of M dwarfs harbor a planet smaller than 1.4 R. Flares . in . an . L dwarf. John Gizis. Department of Physics and Astronomy. University of Delaware. May 24, 2013. @Brown Dwarfs Come of Age. Collaborators . and Facilities. Adam Burgasser. Edo Berger. Saturday Physics for Everyone. Jon Thaler. October 27, 2012. Credit: NASA/. Kepler. Mission/Dana Berry. Outline. What is an exoplanet?. Why are they interesting?. How can we find them?. Exolife. ?? . planetary motion. Newton’s law of universal gravitation. Free fall acceleration on surface of a planet. Satellite . motion. Lecture 13: Universal gravitation. Brief history of cosmology. Ptolemy . (85 - 165. Marc Pinsonneault. Ohio State University. Collaborators:. The APOKASC . team. Melissa Ness. Marie Martig. The Need for Precision Stellar Astrophysics. Stars are important across a wide range of astrophysics. Benjamin Pope. Asteroseismology. of . the. @. fringetracker. github.com/. benjaminpope. Brightest Stars in Kepler and . K2. Collaborators. Hannu. . Parviainen. 2. Suzanne . Aigrain. Tim White. The . Ms. . Susinno’s. Earth Science Class. TYCHO BRAHE. https://. youtu.be/7QDvKzY4aqA. . The scandalous life of . Tycho. Brahe. Kepler’s 1. st. Law. Earth is at perihelion around . J. anuary 3 . Earth is at aphelion around July 3 . Why you can get there from here.. Goals. Is astrology a science?. Why should we care?. Kepler. : Astrologer turned Astronomer.. Kepler’s. Laws.. Proof of . Kepler’s. Laws.. Theories. So: a theory is a highly successful hypothesis. fig_03_022. Nicolaus Copernicus. Copernicus’ Universe. Contrast Copernicus with the Aristotelian Cosmos. GALILEO. Galileo Galilei 1564 - 1642. Galileo's most original contributions to science were in mechanics: he helped clarify concepts of acceleration,. 5 who made contributions to the study of gravitation and orbits. Galileo Galilei. David Arnold, Griffin Stofer, Meryl Seah . Period 2. Short Biography. Born in Pisa, Italy on February 15, 1564. Family belonged to nobility but not rich. Physics . Chapter . 7—Circular Motion. KEPLER’S . FIRST. LAW. KEPLER’S . SECOND. LAW. KEPLER’S. THIRD. LAW. INTERESTING. APPLETS. Johannes Kepler. Born on December 27, 1571 . in Germany. Studied the planetary motion of Mars. Bormann. Honors Science - 8. Lets make some connections…. Aristotle – (384-322 BC). Nicolaus. Copernicus (1473-1543). Tycho. Brahe (1546-1601). Johannes . Kepler. (1571-1630). Galileo . Galilei.